TIMCO Classic Multi-Purpose Countersunk A4 Stainless Steel Woodcrews - 3.5 x 30

TIMCO Classic Multi-Purpose Countersunk A4 Stainless Steel Woodcrews - 3.5 x 30

Product Code: 35030CLA4

Brand: TIMCO

Category: Screws

Product Specifications:

• Brand: TIMCO
• Carton Qty Packs: 75
• CE Standard Web: BS EN 14592:2008
• Corrosion Rating: 5 - Industrial & coastal areas with an aggressive salt atmosphere
• Description: All the features and superior performance of the Classic Multi-Purpose Screw manufactured from marine grade A4 Stainless Steel. Ideal for coastal and highly corrosive environments when fixing to softwoods, hardwood (pre-drilled), chipboard, MDF and plastic. Stainless steel must be used where there is corrosive environment and/or the base material has inherent corrosive characteristics e.g. Green Oak.
• Diameter mm: 3.5
• Driver Bit Size: PZ2
• Feature 1: Double countersunk reduces the likelihood of head shear and assists completion of countersinking
• Feature 2: 40° deep single thread to provide a secure fixing with high pull-out resistance
• Feature 3: Single slash on 25mm+ to reduce torque and the likelihood of the timber splitting when the screw is inserted close to the edge
• Feature 4: All sizes up to and including 75mm are fully threaded and lengths 80mm and above all have 70mm thread length
• Gauge: 6
• Head Dia. mm: 6.68
• Head Type: Double Countersunk
• Inner Thread Dia. mm: 2.25
• Length inch: 1
• Length mm: 30
• Material: A4 Stainless Steel
• MOQ: 1
• MOQ Increment: 1
• Pack Dimensions L x W x H mm: 85 x 55 x 45
• Pack Quantity: 200
• Pack Quantity Unit: Pieces
• Pack Type: Box
• Pack Weight kg: 0.260
• Pallet Qty Packs: 1800
• Point Type: 25° Sharp with Single Slash
• Product Code: 35030CLA4
• Recess Type: Pozi
• Size imp.: 6 x 1
• Size mm: 3.5 x 30
• SKU Barcode: 5056110862354
• Substrates: Hardwood, Softwood, Chipboard, MDF, Thin Sheet Metal, Plastic, Corrosive Wood (e.g. Oak, Cedar)
• Thread Coverage: Fully Threaded
• Thread Dia. mm: 3.5
• Thread Length mm: 25
• Thread Type: Single Coarse 40°